Improved transmitting mechanism of powdering machine

Abstract

The invention discloses an improved transmitting mechanism of a powdering machine. A plurality of rotating shafts are axially parallel and spaced and can equidirectionally rotate and be positioned on a fixed bracket; a plurality of tooth pieces are arrayed on the outer walls of the rotating shafts along the axial line at intervals; the tooth pieces on two adjacent rotating shafts are radially overlapped and axially arrayed at interval in a staggered manner; and the radial outer edges of the tooth pieces are cylindrical surfaces which radially form at least three convex or concave non-circular surfaces towards the outer side or the inner side. According to the invention, a plurality of zigzag separated gaps are formed between the adjacent rotating shafts and the tooth pieces on the outer sides of the rotating shafts and can ensure that larger or small granules can leak to a conveyor belt on the lower side through the zigzag gaps and prevent powder from entering a frying machine to waste and pollute oil; and since the gaps are in a spaced state, small food cannot leak from the gaps and the food can be effectively prevented from being mixed with the powder, that is to say, the mixture of the food and the powder can be prevented from powdering again to avoid the influence on the powering effect.

Description

technical field [0001] The invention relates to a transmission mechanism of a powder coating machine, in particular to an improvement of the transmission mechanism of a powder coating machine. Background technique [0002] In the past, most powder feeding machines used parallel hexagonal shafts to convey food. When the food with powder was conveyed through the hexagonal shafts, since there was an axial strip-like gap formed between the hexagonal shafts, small foods often passed through the hexagonal shafts. The gap and the powder leak to the conveyor belt under the conveying mechanism of the powder feeding machine, and circulate together with the powder to the next powder feeding. Because the powder is mixed with small food, it will lead to poor powder feeding effect next time. In addition, when the powdered food passes through the hexagonal shafts, the large particles often do not leak to the conveyor belt below through the gap between the hexagonal shafts, but are sent to ...

AI Technical Summary

Problems solved by technology

[0002] In the past, most powder feeding machines used parallel hexagonal shafts to convey food. When the food with powder was conveyed through the hexagonal shafts, since there was an axial strip-like gap formed between the hexagonal shafts, small foods often passed through the hexagonal shafts. The gap and the powder leak to the conveyor belt under the conveying mechanism of the powder feeding machine, and circulate together with the powder to the next powder feeding. Because the powder is mixed with small food, it will lead to poor powder feeding effect next time. In addition, when the powdered food passes through the hexagonal shafts, the large particles often do not leak to the conveyor belt below through the gap between the hexagonal shafts, but are sent to the fryer together with the food, so that these large particles of powder A certain amount of oil will be consumed, which directly leads to the waste of oil and accelerates the pollution of oil

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